The rail industry’s privatization has introduced new requirements for trackside monitoring of point machines, crossing gates, and signaling systems. LEM’s trackside transducer ranges — including
Automotive traction inverters require precise current sensing on motor phases, DC links, and rotor windings to ensure efficient torque control and safe operation. This article
The LEM IT series user manual provides comprehensive guidance for installing, operating, and calibrating high-precision Fluxgate current transducers. Covering mechanical mounting, electrical connections, signal conditioning,
High precision current measurement requires accuracy at the parts-per-million (ppm) level, far exceeding standard industrial sensors. LEM’s IT series Fluxgate current transducers deliver exceptional accuracy
Welding processes demand precise control of electrical arcs reaching up to 3000°C. LEM current transducers measure welding current to ensure process quality, safety, and efficiency
Selecting the right current sensor requires careful consideration of application requirements, signal usage (control, protection, display), and key parameters including primary current rating, measuring range,
The use of power electronics is essential to drive and control energy from renewable sources in the most energy-efficient way. Modern systems require precise coordination
Smart grid technology leverages LEM ART Rogowski coil sensors and smart meters to monitor MV/LV substations, enabling cost-effective distribution grid management without additional MV-side sensors.
Power supplies are fundamental to every electronic device, from EV chargers and computers to welding and medical equipment. The emergence of AI and IoT is
Drive systems rely on current sensors to measure constantly varying current and provide feedback for precise motor control. Whether in machine tools, lifts, escalators, cranes,
